High performance, optimum efficiency
Why is compressed air processed?
Compressed air is an essential form of driving and process energy in all fields of industrial and production manufacturing. Compressed air must be dry, free of oil and clean to avoid expensive production breakdowns. Compressed air is produced by compressing air which is sucked into the compressor. This usually contains pollutants, dirt particles and always moisture in the form of water vapour, which condenses spontaneously in the compressed air and can then lead to disruptions in operations and thereby to substantial but avoidable costs.
Protect your investment with quality compressed air!
Modern production systems and processes demand high quality compressed air, which is defined in the 6 classes outlined in international standard ISO 8573.1. These are only achievable with filtration, water separation and drying. Users in the food and pharmaceutical industry must adhere to stringent compressed air quality guidelines, as well as local legislation. Other industries may also follow specific advice regarding, the quality compressed air they use to ensure the protection and efficiency of process equipment and finished product.
GDD4S – GDD100S: Low running costs and minimum absorbed power
The GDD4S – GDD100S series is the perfect solution for efficient removal of water vapour from
compressed air and combines quality and efficiency in a reliable design with the smallest impact on the environment and on the operating costs. Developed around a state-of-the-art Aluminium heat exchanger, with a patent pending all-in-one design, featuring an air-to-air section, an air-to-refrigerant section, a highly efficient stainless steel demister separator and a moisture collection chamber, the GDD series provides air quality with unrivalled
running costs. All models are equipped as standard with a digital controller that provides features useful in the day-by-day operations of any application: dew point level indication, free voltage alarm contact, maintenance reminder and integral timed drain control. In addition, thanks to its dual frequency design, the series is ready to operate either in 50Hz or 60Hz environments.
Key Benefits:
• The range with one of the lowest Carbon Footprint on the market
• Low running costs and minimum absorbed power in this range
• High efficiency all-in-one Aluminium Heat Exchanger
• Minimum refrigerant charges (avg. 25% lower than comparable ranges)
• Dual-Frequency ready for 50 or 60Hz applications
• Digital controller with embedded features:
– Free contact
– Maintenance reminder
– Drain control (timed mode)
• Wall-hang ready (up to model GDD18S)
• Easy drain access from both sides
• Compact dimensions
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